For most hardware manufacturing companies, deploying and operating Internet applications is a difficult problem. Lack of professional R&D team, platform operation and maintenance are costly, and security issues are difficult to guarantee – the cost of IoT for traditional hardware devices Too high.
The IoT Wi-Fi module and cloud solution provided by Qingke use their unique Wi-Fi cloud module + data interaction platform to solve these problems one by one, enabling traditional hardware device manufacturers to care about server implementation details and Operation and maintenance, without the need to worry about application and architecture upgrades, quickly have the ability to deliver IoT electronic products; it also enables ideas to change from idea to product, interact with end users and quickly capture the market.
In general, on the hardware devices, Qingke simplified the network access part of hardware device development, solved the difficulty of hardware development and reliability of hardware devices; on the APP, templated the APP development, which was extremely low. The DEMO prototype is used to solve the problem of high development cost and long cycle of APP; on the data exchange platform, the data transmission is simplified, the underlying heterogeneous platform is shielded, and a unified communication interface is provided to ensure reliable and cross-over on the data exchange network. Information transfer and data exchange of the platform. Open cloud back-end and customizable page services to solve the problem of data storage and business duplication.
Moreover, in addition to the above mentioned technical thresholds for reducing enterprise product innovation, shortening the development cycle, reducing R&D investment and maintenance costs, the GK IoT Wi-Fi solution has the following advantages:
(1) Perfect and supporting supporting technology
Wi-Fi cloud module
The Wi-Fi module integrates the communication protocol of the cloud interactive platform, and the interface between the device and the module adopts a serial port or SPI familiar to the hardware device developer, so that the network access part of the hardware device development is simplified, and the development of the hardware device network is difficult. Reliability issues.
In addition, optimized power management allows the Wi-Fi module to have very low power consumption, allowing hardware devices to enter a low-power mode without heating and power saving. At the same time, the module supports secondary development, and those that have residual resources for the module are required. The product application can be directly developed on the Wi-Fi module.
Transparent cloud system
The use of the analog hardware device and the analog APP function provided by the transparent cloud system enables the development and debugging of the hardware device and the APP to be performed simultaneously. The log log viewing function enables the problems in the communication to be discovered and solved in time, greatly reducing the development cycle and the development. Because of the cost of communication.
(ii) Distributed System Architecture
Distributed expansion capability
Use the distribution mode to divide the server into three groups according to different services and different control permissions: Dispatcher Server (DS), Business Server (User Server, US), and System Server (SS). Patterns are the foundation of distributed extensions.
According to the scale of different periods, flexible calculation, increase and decrease and optimize server resources, reduce the initial investment of enterprises, and easily cope with the challenges of rapid business growth and product diversification.
(3) Enterprise-level system security
Business isolation
The system server handles important services such as OTA upgrade and device privilege recovery. The service server processes general daily services, isolates services, ensures device upgrade security, and prevents device control rights from being leaked.
Device permission control
Control the access rights of the APP to access the hardware device to ensure the safe use of the device.
(4) Social function
Integrate common social networks to socialize hardware devices connected to the Internet.
(5) Big data support capability to ensure data mining potential
Interactive data semantic storage for easy reading and analysis
Massive data storage optimization to avoid storage performance bottlenecks
(6) “One step away from the Internetâ€
Haier, the world's first brand of white goods, first turned to the transformation of Internet companies under the wave of Internet thinking. In this regard, in addition to breaking the old pattern and opening a new business model, traditional hardware can make the dream come true. This step is the step in which the device is connected to the MXCHIP Wi-Fi module.
Either change or subvert! Dreams are destructive innovations in the past. Wang Yonghong, CEO of MXCHIP, proposes that true intelligence is intangible and arbitrary. “Light equipment, heavy cloud†will become the core way of smart life in the future.
MXCHIP has opened up the cloud to dreamers and executives. Are you willing to join this dream-making stage?
—— This article is selected from the electronic enthusiast network April “Internet of Things Technology Special Issue†to see the new design column, please indicate the source, please do it!
| About Ei/Aiw Enameled Copper Wire |
Good resistance to abrasion and solvent.
Apply to B class motors, appliances, instrumentations, various types of electronic componentss and winding for coils.capable of working under extreme situations where strong resistibility against very hing and low temperature, powerful cryogen, hard radiation and forceful heat shock are needed.
Enamel Copper Wire,Ei/Aiw Enameled Copper Wire,Enameled Copper Wire Motor,Polyester Copper Wire
HENAN HUAYANG ELECTRICAL TECHNOLOGY GROUP CO.,LTD , https://www.huaonwire.com